code: def __init__(
      self,
      g,
      defs,
      entities: DataframeLike,
      event_entities: DataframeLike,
      edges: DataframeLike,
      source: str,
      destination: str,
      engine: Engine = Engine.PANDAS,
      debug: bool = False,
  ):
      self.engine = engine
      self.entities = entities
      self.events = event_entities
      self.edges = edges
      logger.debug("final nodes dtypes - entities: %s", entities.dtypes)
      logger.debug(
          "final nodes dtypes - event_entities: %s",
          event_entities.dtypes,
      )
      self.nodes = concat(
          [entities, event_entities], engine=engine, debug=debug
      )
      if debug and engine in [Engine.DASK, Engine.DASK_CUDF]:
          self.nodes = self.nodes.persist()
          self.nodes.compute()
          logger.debug("////Hypergraph nodes")
      self.graph = (
          g.edges(edges, source, destination)
          .nodes(self.nodes, defs.node_id)
          .bind(point_title=defs.title)
      )
  
imports: from typing import TYPE_CHECKING, Any, Dict, List, Optional
  from .Engine import Engine, DataframeLike, DataframeLocalLike
  import numpy, pandas, pyarrow, sys
  from .util import setup_logger
label_desc: Use image node_id 1 to create a new Hypergraph object  with example: obj = Hypergraph(g, defs, entities, event_entities, edges, source, destination, engine, debug)